基本信息：周娜，女，博士研究生，beat365体育官网平台副教授

工作經曆：2013/07-2016.12中國科學院地理所，自然地理學，博士後

教育經曆：2006/09-2011/06北京師範大學，自然地理學，博士

2019/03-2020/10普渡大學，訪問學者

研究方向：生态管理、土地規劃、生态工程

發表論文：

1.Zhou Na, Zhang Chunlai, Liu Yonggang,Variation of Grain Size on the Barchans Dunes in Mainling Wide Valley, Yarlung Zangbo River, Geoscience Accepted, 31, 958-963, 2011 (In Chinese).

2.Zhou Na, Zhang Chunlai, Liu Yonggang,Variation of Grain Size on a Mountain Climbing Dune in Mainling Wide Valley, Yarlung Zangbo River, Geographical Research Accepted, 31, 82-94, 2012 (In Chinese).

3.Li Y.*, Zhou N., Yu H.Q., Reicosky D.C., Hancock G.R., Sun L.F.,Responses of Surface Soil Carbon and Nutrients to Re-vegetation of an Eroded Hill Slope in Southwestern China, African Journal of Biotechnology, 11(15), 3596-3602, 2012.

4.Feng Y. M., Wu B., Zhou N., Che T.T., Wang F., Cong R. C., Cao Y. L., Lu Q.,Gobi Classification System Based on Remote Sensing Image Recognition, China Desert, 33(3), 635-641, 2013 (In Chinese).

5.Zhang C.L., Zhou N.*, Zhang J.Q.Sand Flux Wind Profiles in the Saltation Layer above a Rounded Dune Top, China Earth Science, 57, 523-533, 2014.

6.Zhou Na, Zhang Chunlai, Wu Xiaoxu,Geomorphology and Evolution of Aeolian Dune Fields within a River Valley in a Semi-humid Environment: A Case Study from the Mainling Valley, Qinghai-Tibet Plateau, Geomorphology, 224, 27-38, 2014.

7.Li Y., Yu H. Q., Chappell A., Zhou N., Funk R,.How Much Soil Organic Carbon Sequestration is due to Conservation Agriculture Reducing Soil Erosion, Soil Research, 52, 717-726, 2014.

8.Zhou N., Zhang C. L., Zou X. Y., Wu X. X., Zhang F.,The Influence of Terrain on the Protective System of Shapotou Section of Baotou-Lanzhou Railway, Geoscience, 34(7), 889-896, 2014 (In Chinese).

9.Zhou N., Zhang C. L., Tian J. L., Kang L. Q.,Flow Field Controlling the Concave Surface of the Semi-buried Checkerboards and its Characterization by Grain Sizes of Sediments, Geographical Research, 33(11), 2145-2156, 2014 (In Chinese).

10.Wu X.X., Zou X. Y., Zhou N., Zhang C. L., Shi S.,Deceleration Efficiencies of Shrub Windbreaks in a Wind Tunnel, Aeolian Research, 16, 11-23, 2015.

11.Li Y., Yu H. Q., Zhou N., Tian G., Poesen J., Zhang Z. D.,Linking Fine Root and Understory Vegetation to Channel Erosion in Forested Hill slopes of Southwestern China, Plant Soil, DOI 10.1007/S11104-014-2362-8, 2015.

12.Han-Qing Yu, Yong Li, Na Zhou, Adrian Chappell, Xiao-Yu Li, Jean Poesen,Soil Nutrient Loss Due to Tuber Crop Harvesting and Its Environmental Impact in the North China Plain, Journal of Integrative Agriculture, 2016.

13.Wenyong Ma, Xunming Wang, Na Zhou, Linlin Jiao,Relative Importance of Climate Factors and Human Activities in Impacting Vegetation Dynamics during 2000–2015 in the Otindag Sandy Land, Northern China, Journal of Arid Land, 2017.

14.Zhou N., Wang X.M.*Provenance of Aeolian Dune Sands along the Yarlung Zangbo River Valley in Southern Tibetan Plateau, Aeolian Research Under Review.

主持或參加科研項目:

（1）河北省科技廳大數據平台項目（2017-2019）。主要研究河北省地方經濟-社會-自然生态的數據大平台和信息集成。以期能夠為河北省産業經濟發展、社會和自然可持續發展提供查詢數據庫。

（2）河北省青年拔尖人才項目（2017-2020）。主要研究内容為自由研究，拟以河北省壩上地區為研究區域，對當地土地利用和土壤生态進行較為長期的生态、社會經濟觀測，提出有利于河北省水土保持的有效措施。

（3）主持完成國家青年自然科學基金、41401006、雅魯藏布江米林河谷風沙活動帶動态與發育模式、2015/01-2017/12、26萬。近五年來，運用土壤風蝕、植被生态、風沙工程等基礎知識，通過GIS和遙感解譯等技術手段，初步揭示了雅魯藏布江河谷風沙地貌的發育機制、物質來源、風場特征以及區域氣候演變等特征，是首次對高原河谷風沙地貌的系統研究，完善了風沙地貌的理論研究，為高原河谷風沙災害治理提供了理論依據。

（4）參加國家重大科學研究計劃（973）“青藏高原沙漠化對全球變化的響應”的第4專題“青藏高原現代沙漠化時空分布”，重點研究近50年來青藏高原沙漠化土地的空間格局變化規律和發展模式。作為合作者，初步研究成果發表在二區top期刊Science of The Total Environment,‘Monitoring of aeolian desertification on the Qinghai-Tibet Plateau from the 1970s to 2015 using Landsat images’。

（5）國際原子能機構項目。2011-2014年，國際原子能機構、16941、" Use of stable isotope (C-13) to measure changes in soil carbon stock due to the shift from intensively-cultivated cropping system to mulch-based cropping system"、2011/12-2014/12、18萬、結題。該項目主要圍繞傳統耕作地類轉化為保護性耕作後，保護性耕作對土壤碳儲量、土壤呼吸的影響以及對大氣中CO2釋放的影響。相關成果以SCI發表3篇。

榮譽稱号與獲獎情況：

[1]2018年河北省青年拔尖人才；

[2]2017年‘三三三’工程三層次人才;